Now, assuming your best CER was Y = 0.100*X^1.251, develop a cost estimate for the theoretical...

Now, assuming your best CER was Y = 0.100*X^1.251, develop a cost estimate for the theoretical first unit cost (Tl) of the new NPS-3011 missile. The design parameters are given below: Length: 5.35 m Diameter: 380 mm Launch wt: 1380 kgs What is your estimate for T1? What is the standard deviation of your estimate of T1?

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orchestra answered 1 year ago

Find the best quadratic approximation to f(x,y) = e4ycos(-3x) about the origin (0,0) and estimate the...

Find the best quadratic approximation to f(x,y) = e4ycos(-3x) about the origin (0,0) and estimate the value when this approximation is used to calculate f(0.1,0.1).Do not do the error approximation. Also, find the extreme values of the function f(x,y,z) = 8y2-4xz +16z - 35 on the surface 2x2+4y2+4z2 = 64

Find the best quadratic approximation to f(x,y) = e5ycos(-4x) about the origin (0,0) and estimate the...

Find the best quadratic approximation to f(x,y) = e5ycos(-4x) about the origin (0,0) and estimate the value when this approximation is used to calculate f(0.1,0.1).Do not do the error approximation. Also, find the extreme values of the function f(x,y,z) = 8y2-4xz +16z - 35 on the surface 2x2+4y2+4z2 = 32 Thank you for your help

3) For the following situation, assuming that the capitalization rate will remain constant, develop an estimate...

3) For the following situation, assuming that the capitalization rate will remain constant, develop an estimate of the property's market value at the end of the projected holding period. Allen Benedict is thinking of buying an apartment complex that is offered for sale by the firm of Getz and Fowler. The price, $2.25 million, equals the property's market value. The following statement of income and expense is presented for Benedict's consideration: The St. George Apartments Prior Year's Operating Results, Presented...

There is a difference between your theoretical and actual volume of hydrogen gas. Assuming your technique...

There is a difference between your theoretical and actual volume of hydrogen gas. Assuming your technique was good and there was no human error, explain the difference. what would happen if the temperature in the lab room was 44.6 degrees celsius on teh day the experiment was run? calculate the theorectial volume of hydrogen gas, produced from 0.015 grams of aluminum with excess hcl at 45.6 degrees celsius and 9.555 atm to see how the volume is affected by the...

Calculate the theoretical yield for this reaction assuming that the limiting reagent is dibromostilbene. Use your...

Calculate the theoretical yield for this reaction assuming that the limiting reagent is dibromostilbene. Use your starting mass, and show calculations. The mass is .792g dibromostilbene and the reaction is Dehydrohalogenation of Dibromodiphenylethane. The chemical reaction needs to be drawn out as well for mole ratios.

Use the following data to develop a quadratic model to predict y from x. Develop a...

Use the following data to develop a quadratic model to predict y from x. Develop a simple regression model from the data and compare the results of the two models. Does the quadratic model seem to provide any better predictability? Why or why not? x y x y 15 229 15 247 9 74 8 82 6 29 5 21 21 456 10 94 17 320

Assuming X and Y are discrete random variables, X takes value from the set A =...

Assuming X and Y are discrete random variables, X takes value from the set A = {x1, x2, x3, …, xm}，and Y takes value from set B = {y1, y2, y3, …, yn}, please answer the following questions 1. If H(X,Y) = H(X) + H(Y), what is the relationship between X and Y? 2. If I(X,Y) = 0, what is the relationship between X and Y? 3. If I(X;Y) = H(X) = H(Y), what is the relationship between X and...

Now, let’s calculate the least-squares line based on your data. Show your work. x y x2...

Now, let’s calculate the least-squares line based on your data. Show your work. x y x2 xy y2 1045 183 2266 283 584 163 444 205 2746 283 698 146 796 143 1304 223 2. Determine the Sample Correlation Coefficient, .

(a) Draw the indifference curve for a consumer for two goods X and Y, assuming the...

(a) Draw the indifference curve for a consumer for two goods X and Y, assuming the consumer does not get any utility, positive or negative, from good X. (b) Would such a consumer move to a higher indifference curve with a “buy one, get one free” deal on good X? Please explain. You do not have to draw this on the graph, you just have to give an explanation.

14.1)use the following data to develop a quadratic model to predict y from x. develop a...

14.1)use the following data to develop a quadratic model to predict y from x. develop a simple regression model from the data and compare the results of the two models. Does the quadratic model seem to provide any better predictability? Why or why not ? x y x y 14 200 15 247 9 74 8 82 6 29 5 21 21 456 10 94 17 320 Answer:simple model: y^= -14.27+27.128x, F=229.67 with p=.000, se=27.27, R2=.97,...

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